public Player()
{
ScreenX = Game.Resolution.X / 2 - Width / 2;
ScreenY = 0;
Offset = 64;
WalkState = WSTATE.STANDING;
JumpState = JSTATE.STANDING;
Current = Standing;
}
public void Input(List <List <int> > tiles)
{
if (Engine.GetKeyHeld(Key.A))
{
WalkState = WSTATE.LEFT;
}
else if (Engine.GetKeyHeld(Key.D))
{
WalkState = WSTATE.RIGHT;
}
else
{
WalkState = WSTATE.STANDING;
}
if (Engine.GetKeyHeld(Key.W) && JumpState == JSTATE.STANDING)
{
JumpState = JSTATE.JUMPING;
}
Velocities();
bool cx = false;
bool cy = false;
//Collision
for (int y = 0; y < tiles.Count; y++)
{
for (int x = 0; x < tiles[y].Count; x++)
{
Bounds2 tBounds;
if (tiles[y][x] != GameScreen.AIR)
{
tBounds = new Bounds2(((x - GrassBiome.LEVELONEWIDTH / 2) * GrassBiome.TILESIZE) - (Offset + VelocityX), y * GrassBiome.TILESIZE, GrassBiome.TILESIZE, GrassBiome.TILESIZE);
if (GetBounds().Overlaps(tBounds))
{
cx = true;
}
tBounds = new Bounds2(((x - GrassBiome.LEVELONEWIDTH / 2) * GrassBiome.TILESIZE) - (Offset), (y * GrassBiome.TILESIZE), GrassBiome.TILESIZE, GrassBiome.TILESIZE);
Bounds2 pBounds = new Bounds2(ScreenX + 7, ScreenY + VelocityY, Width, Height);
if (pBounds.Overlaps(tBounds))
{
cy = true;
}
tBounds = new Bounds2(((x - GrassBiome.LEVELONEWIDTH / 2) * GrassBiome.TILESIZE) - (Offset), y * GrassBiome.TILESIZE, GrassBiome.TILESIZE, GrassBiome.TILESIZE);
float dx = VelocityX / Math.Abs(VelocityX);
float dy = VelocityY / Math.Abs(VelocityY);
if (GetBounds().Overlaps(tBounds))
{
tBounds = new Bounds2(((x - GrassBiome.LEVELONEWIDTH / 2) * GrassBiome.TILESIZE) - (Offset), y * GrassBiome.TILESIZE, GrassBiome.TILESIZE, GrassBiome.TILESIZE);
while (GetBounds().Overlaps(tBounds))
{
ScreenY -= 1;
}
}
}
}
}
if (cx)
{
VelocityX = 0;
WalkState = WSTATE.STANDING;
Current = Standing;
}
if (cy)
{
Current = Standing;
VelocityY = 0;
JumpState = JSTATE.STANDING;
}
else if (JumpState == JSTATE.STANDING)
{
JumpState = JSTATE.FALLING;
}
}
public void SetJState(JSTATE state)
{
JumpState = state;
}
private void Velocities()
{
switch (WalkState)
{
case WSTATE.LEFT:
if (VelocityX - ACCELX >= -MAXVELX)
{
VelocityX -= ACCELX;
}
else
{
VelocityX = -MAXVELX;
}
break;
case WSTATE.RIGHT:
if (VelocityX + ACCELX <= MAXVELX)
{
VelocityX += ACCELX;
}
else
{
VelocityX = MAXVELX;
}
break;
case WSTATE.STANDING:
VelocityX = 0;
Current = Standing;
break;
}
switch (JumpState)
{
case JSTATE.STANDING:
VelocityY = 0;
break;
case JSTATE.JUMPING:
if (VelocityY - JUMP >= -MAXJUMPVEL)
{
VelocityY -= JUMP;
}
else
{
JumpState = JSTATE.FALLING;
}
break;
case JSTATE.FALLING:
if (VelocityY + GRAV <= MAXGRAVVEL)
{
VelocityY += GRAV;
}
else
{
VelocityY = MAXGRAVVEL;
}
break;
}
}
